Valve.



P.v ECKENROTH. vAL'vE.

APPLICATION FILED AUG. I8, 1915.

1,232,461 Patented July 3, 1917.

2 SHEETS-SHEET 1.

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P. ECKENROTH.

VALVE.

APPLICATION FILED Aus. I8. Isla.

Patented July 3, 1917.

2 SHEETS-SHEET 2l y PHILIP EGKENROTH, OF PHILADELPHIA, PENNSYLVANIA.

VALVE.

. Specification of Letters Patent.

Patenten anys, 1917.

Application filed, vAugust 18, 1915. Serial No. 46,194.

. TQ all. whom/ may/concern 13e .it known that'. LPHILIP. EQKENBOIH,

a citizenl of. .ther United States, residing 4in .means that will facilitate .the seating of the maintained, aswell as insuring a fluid-tight Philadelphia, Pennsylvania, have invented certain Improvements. in Valves, of which the following isa specification.

My invention relatesto valves ofthe type ,set forth in my application `for patent Serial No. 869,301 .filed October 29,. 1914,. and ,the

object. of my presentinvention isto provide valve. whereby a Huid-tight. joint may be joint of fthestem when the valve is .raised from its seat for the purpose of packing the stem. lAinrther object otmy. invention is to `provide nieans thatwill readily permit grinding-of the yvalveseatby the valve, .to

, insurer a .proper seating thereof.

.These and. other .features of my.. invention will be more .fully described hereinafter, reference being hadto the accompanying drawrings, in which:

.Figure 1 isa-sectional view of myimproved valve structure;

. Fig. 2, is. asectional plan view on theline II-II, Fig. 1;

.Fig.. 3, is a sectional view on the.` line .ni-111, Fig. 1,` and Fig. 4 is a sectional'view similar to Fig. 1,

.illustrating a .modified construction.

.In the drawings, 1 .represents the usual casing or body having apassage 2 with an v annular .seat 3 surroundingthe same; a valve 4being,provded `having acentral depending, portion whichmayit the innerwall of the vopeningor passage 2, andan outwardly vextending.flange 5. .for engagement with: the

seat 3. The valve isprovided with a pair of upwardly` extending lugs 6 `adapted to en.

fgagethehead 'Tof the'valve stem-8, which is laterallyslidable with respecttosaid valve when assembling thel parts, and said stem is provided withA a socket 9.. Whereby it maybe retained inplace by. a screw plug 1Q passing through the lower wall ofthe valve.

.The valve is,` also-socketed at 11 forthe reception-of a. pad orwasher 12. of suitable material against l which thehe'ad, of the stem .move-. the valve-. ,to .{its seat.

will be pressed when said stemfis turned to The stem isv l the sections ofwhich are'kconnected together by bolts :17.

The valve body receives abonnet 18 carry- 'ing a pair of stud bolts 19. tapped into the same; .said stud bolts Ahaving. shoulders 2O and carrying nuts 21. These. bolts are .embraced by the splitmember 16 and carry springs 24 and 25; the. springs 24 being disposed below the, split member 16, and the springs 25 above `the same, so that the nut is provided .with yielding orelastic resist- -ance wheny the valve stem is moved in either directioin as when seating the valve against the 'seat 3l in closing the valve` ongrinding the same, orl when seating v"the collar 26 y z tgainst the seat '27 which. may also be ,ground, when raisingthe valve stemto permit renewal or adjustment `oipthe packing 28. lThis packing may be held in place by a vgland 29, carried by stud bolts 30, shown in ble pin 32 which may be held in two positions .bya spring bolt 33 engaging grooves 34 therein. Then lowered the pin comes in contact with one of the nuts 21 so that the valve stem S l may be turned without turning the nut, and then by giving thehandle a turn .within its range, the nut may be turned to further press the valveto its seat. .lVhen the pin is-raised it isin position for engagement with one of the spokes of the hand wheel 35. carried the valve stem and employed yto `turn the same, and when the valve 4 is seated and the hand Vwheel 35 and lever 31 are coupled, as by engagement of ,the `pin 32, movement of the hand wheel will .turn :the stem and nut 14 and the valve on its seat cleaning said seat from any and all deposits, and grinding the valve true.

In the form of structure shown in Fig. 4, anyexcess pressure imparted to the stem 8 to s eat'the valve 4 will react uponthe pad or cushion 12 and insure a positive and proper seating, while movement in the opposite di rection to seat the collar 26 against the seat 27 will react upon the cushion pads 36 employed between the split member 16 and the shoulders 20 of the stud bolts 19, in lieu of the springs; insuring a proper seating and fluid-tight joints. In this arrangement it is unnecessary lto employ springs or any other cushioning means above the split member 16; the nuts 21 directly engaging the same or with interposed washers 37.

I claim:

1. In a valve structure, the combination of a'casing having a seat, a valve disk for engagement therewith, a threaded stem carrying said valve disk, a nut for said valve stem, means for turning said stem, and means for connecting said stem turning means and nut whereby nut and stem may be turned together.

2. In a valve structure, the combination of a casing having a seat, a valve disk for engagement with said seat, a threaded stem carrying said valve disk, a nut for said valve stem, means carried by the valve casing in which said nut is journaled, means for turning said nut, means for turning said stem, and means for connecting said stem and nut turning means whereby nut and stem may be turned together.

3. In a valve structure, the combination of a casing having a seat, a valve disk for engagement therewith, a threaded stem carrying said valve disk, a nut for said valve stem, resilient supporting means for said nut, means for turning said stem, and means for connecting said stem turning means and nut whereby nut and stem may be turned together.

4. In a valve structure, the combination of a casing having a seat, a valve disk for engagement therewith, a threaded stem carrying said valve disk, a nut for said valve stem, a bearing in which said nut may turn, resilient supporting means for said bearing, means for turning said stem, and means for connecting said stem turning means and nut whereby nut and stem may be turned together. j

5. The combination, in a valve structure, of a casing, a bonnet'therefor, a valve seat in said casing, a valve disk adapted to said seat, a threaded stem for said valve passing through said bonnet, a nut through which the valve stem passes, a split bearing supporting said nut, stud bolts carried by the bonnet and passing through said bearing,

nuts carried by the ends of said stud bolts, nuts securing the split bearing to the stud bolts, and resilient means carried by said stud bolts above and below the bearing.

6. The combination, in a valve structure, of a casing having a valve seat, a valve disk, a threaded stem carrying said valve disk, a

split bearing, a nut to which the valve stem is adapted embraced by the sections of said bearing, stud bolts passing through said bearing, nuts carried by the ends of the said stud bolts, springs carried by said stud bolts above and below the bearing, and bolts sey curing the bearing sections together.

7. The combination, in a. valve structure, of a casing having a valve seat, a valve disk adapted to said seat, a threaded stem carrying said valve disk, a nut to which the threaded portion of said stem is adapted, a support for said nut, a lever carried by the nut, a hand wheel for turning the valve stem, and an adjustable pin carried by said lever with means to hold itin adjusted po sitions, said pin serving to limit rotation of the nut when in one position and to couple the nut and hand wheel so as to turn together when in another position.

8. In a valve structure, the combination of a casing having a seat, a valve disk for engagement therewith, a threaded stemcarrying said valve disk, a nut for said valve stem, means for turning said stem, a-yoke member supporting said nut, and resilient supports for said yoke whereby it may have limited movement with said nut Vin both directions.

9. In a valve structure, the combination of a casing having a seat, a valve disk for engagement with said seat, a threaded stem carrying said valve disk,'a nut for said valve stem, resiliently supported movable means 'in which said nut is journaled, means for turning said nut, means for turning said stem, means .for connecting `said stem and nut turning means whereby nut and stem may be turned together, and` means for limiting the vertical movement of the nut support. Y Y

10. In a valve structure, the combination of a casing having a seat, a valve disk'for engagement with said seat, a threaded stem carrying said valve disk, a nut for said valve stem, a vertically movable yoke member in which said nut is journaled, springs resiliently supporting said yoke member against undue movement in both directions, means for turning said nut, means for turning said stem, and means for connecting said stem and nut turning means whereby nut and stem may be turned together;

11. In a valve structure, the combination of a casing having a seat, a valve disk for engagement therewith, a threaded stem carrying said valve disk, a nut orsaid valve stem, a yoke member in which said nut is mounted, resilient supporting means for said yoke member, means for turning said stem, a lever for turning the nut, and an adjustable pin for connecting said stem turning means and lever' whereby nut and stem may be turned together.

12. In a valve structure, the combination of a Casing having a seat, a valve disk for engagement therewith, a threaded stem earrymg said valve disk, a nut for said valve stem7 a yoke member in which said nut may turn, studs carried by the Valve easing on which said yoke member is mounted, springs carried by said studs above and below said yoke member, means for turning said stem, a lever for turnlng the nut, means for limiting the compression of the springs, and 10 PHILIP EGKENROTH.

Copies of this patent may be obtained for ve cents each, by addressing the Commissioner of Patents, Washington, D. C. 

